ADCToolbox Documentation

ADCToolbox is a comprehensive toolbox for ADC (Analog-to-Digital Converter) characterization and analysis, providing advanced tools for both analog output and digital output analysis.

Contents:

• Installation
  • Upgrade
  • Requirements
• Quick Start Guide
  • Spectrum Analysis
  • Using Toolsets
  • Explore More Examples
• API Reference
  • Fundamental Utilities (fundamentals)
  • Spectrum Analysis (spectrum)
  • Analog Output Analysis (aout)
  • Digital Output Analysis (dout)
  • Signal Generation (siggen)
  • Oversampling Analysis (oversampling)
  • Module Overview
• Algorithm Documentation
  • ADCToolbox Algorithm Overview
  • Fundamental Algorithms
  • Spectrum Analysis Algorithms
  • Analog Error Analysis Algorithms
  • Digital Calibration Algorithms
  • Oversampling Algorithms
• Examples
  • Getting the Examples
  • Running Examples
  • Expected Outputs
• Changelog
  • Version 0.4.0 (Latest)
  • Version 0.3.0
  • Version 0.2.4
  • Previous Versions

Features

• Spectrum Analysis: FFT-based analysis with ENOB, SNR, SFDR, THD, windowing, averaging, and polar visualization

• Signal Generation: Thermal noise, jitter, quantization, static/dynamic nonlinearity, and interference modeling

• Analog Error Analysis: Time-domain, frequency-domain, and statistical error characterization (PDF, autocorrelation, envelope spectrum)

• Digital Calibration: Bit-weighted ADC calibration and redundancy analysis

• Fundamental Utilities: Sine fitting, frequency calculation, unit conversion, and FOM metrics

• Oversampling Analysis: Delta-Sigma modulator characterization, NTF analysis

• Comprehensive Examples: 45 ready-to-run examples across 6 categories

Quick Links

• Index

• Module Index

• Search Page